Ohaus Microcentrifuge FC5513 120V – Programmable Benchtop Centrifuge up to 13,500 rpm

The Ohaus Microcentrifuge FC5513 is a precision benchtop centrifuge engineered for high-throughput sample processing in molecular biology, clinical diagnostics, and biotechnology laboratories. Featuring a brushless quiet motor and a compact footprint, this centrifuge enables efficient centrifugation with minimal noise (≤60 ±2 dB(A)).

• Speed Range: 200 to 13,500 rpm, delivering a maximum relative centrifugal force (RCF) of 17,317 x g, critical for cell pelleting, nucleic acid extraction, and protein isolation workflows.
• Rotor Capacity: Accommodates 24 tubes of 1.5 or 2.0 ml, compatible with angle rotors including BIOSEALS V1 and hematocrit rotors, ensuring versatility for varied bioprocessing applications.
• Operation: Powered by included AC power supply, featuring manual rotor recognition and mechanical lid lock for user safety during high-speed runs.
• Programming: Integrates 99 programmable memory settings, allowing tailored protocols with acceleration and deceleration gears each set at 10 for precise control over centrifugation parameters.
• Display: Backlit 2-line LCD provides clear status readout and timing control from 10 seconds up to continuous operation or 99 hours 59 minutes 59 seconds, accommodating extended biomanufacturing processes.
• Safety & Compliance: Certified to CE and FCC standards, suitable for regulated biomedical engineering and synthetic biology environments.
• Dimensions & Weight: Measures 356 mm x 236 mm x 277 mm (LxHxW) with a net weight of 12.6 kg, ideal for constrained laboratory benches.
• Environmental Conditions: Operates effectively within 5°C to 35°C at 80% relative humidity, supporting a range of laboratory and clinical settings.

This microcentrifuge is essential for biotechnology workflows such as molecular cloning, cell fractionation, and biopharmaceutical production pipelines, where reliable, programmable centrifugation is crucial. Its quiet operation and compact design make it a popular choice among molecular biology researchers and clinical professionals performing high-precision sample preparation.